Obviously, learning to code without a laptop is impossible. Learning without a laptop may be difficult, as more than half of developers receive online advice for their code at least once each day. You may study the principles of grammar and concepts without a computer, but if you want to become an experienced programmer, you must practice.
The classic saying “practice makes perfect” perfectly describes coding. You may read all you want about it, but until you put tires to the road or fingers to the keyboard, it’s doubtful you’ll ever be proficient enough to do it full-time.
Certain aspects of programming may be completed without the need of a laptop. There are several excellent resources that do not necessitate the constant presence of a computer.
Let’s look at the finest techniques to learn coding without a laptop and how you may utilize them when you don’t have the necessary hardware with you.
How to Learn Coding Without a Computer?
It’s not ideal to learn to code without a computer, but it doesn’t mean you should give up on your goal. Certain equipment may not always be available due to circumstances, but this shouldn’t stop you from making an effort to improve your talents.
Without a computer, these are the greatest methods for learning to code:
- Reading books
- Using the library
- Signing up for education
- Using your phone
- Playing games
Let’s examine the elements mentioned above in further depth and analyze how learning to code without a laptop is possible.
1.) Reading Books
Books are a great resource for learning programming when you first start out. They take you away from practical learning and jumble up your education. They can increase your comprehension by delving deeply into the fundamental ideas of most languages. Try this:
HeadFirst Python Programming: For back-end engineers, the Head First series’ Python-focused edition is excellent. Along the course, you’ll create a few projects and get a solid understanding of the language.
2.) Using the Library
The majority of the world’s libraries offer absolutely free access to a computer. Although you can pick up certain coding basics without a laptop, I’d strongly advise spending some time in front of a computer or laptop.
It will enable you to put the knowledge you have acquired into practice. A for loop may appear straightforward, but beginners frequently make syntactic errors. Even if you can’t acquire VS Code or something like, sneaking away to the library is a wonderful method to get in some much-needed practice.
3.) Sign up for Education
If you don’t have access to a laptop, I strongly advise enrolling in any kind of further schooling. You need to arrange yourself such that you can get a laptop, whether it’s at a community college or a locally offered free course.
The majority of IT courses at universities and schools provide access to a computer as part of the curriculum. Many also offer after-hours access to computer labs.
4.) Using your Phone
I don’t advise this as a long-term fix because writing a lot of code on a phone will make your blood boil. It will exacerbate the already difficult situation. There are, however, several excellent apps accessible. These are excellent for teaching syntax and preparing you to learn the fundamentals. A few examples are:
- Code Academy
Numerous little challenges on websites like HackerRank and Leetcode may be completed with little to no coding. The same applies to Sololearn, and you may even compete with other programmers to overcome minor obstacles.
The only difference between Udemy and Code Academy is that they both provide course content that can be accessed on a mobile device. It’s fantastic to have a course available on your app so you can study while you’re on the go.
5.) Playing Games
Games are a terrific motivator for parents who wish to introduce their young children to coding. They can aid in the development of pupils’ capacity for sequential thinking and function learning. Robot Turtles is a fantastic board game that helps children learn by using code cards and turtles that move across a board.
Also, there is a simpler LEGO and paper game that is available. Students learn about loops and conditionals by setting and executing instructions in the LEGO maze game.